Q
How is skewing applied to SVG elements?

Answer & Solution

Answer: Option A
Solution:
Skewing in SVG transformations is applied by tilting an element along the X or Y axis. This creates a slanted effect, distorting the element in one direction while keeping the other axis unchanged.
Related Questions on Average

How do you rotate an SVG element around a specific point other than its center?

A). A) By using the rotate transformation with the desired angle

B). B) By specifying the rotation angle in degrees

C). C) By adding the point coordinates to the rotate transformation

D). D) By translating the element to the desired point before rotating

How can you adjust the rotation angle of an SVG element incrementally using CSS animations?

A). A) By defining keyframes for gradual angle changes

B). B) By using the rotate property in CSS with an angle value

C). C) By applying a transformation function to the rotation attribute

D). D) By specifying a duration for the rotation transformation

How can you undo or reverse a transformation on an SVG element?

A). A) By removing the transform attribute

B). B) By setting the transformation values to their original state

C). C) By applying the opposite transformation effect

D). D) By using the reverse function in the transform attribute

How can you resize an SVG element to be twice its original size uniformly?

A). A) <rect x='20' y='20' width='100' height='50' transform='scale(2)' />

B). B) <circle cx='50' cy='50' r='30' transform='scale(2)' />

C). C) <line x1='20' y1='20' x2='100' y2='100' transform='scale(2)' />

D). D) <path d='M20,20 L100,100' transform='scale(2)' />

How do you rotate an SVG element by 90 degrees clockwise around its center point?

A). A) <rect x='50' y='50' width='100' height='50' transform='rotate(90, 100, 75)' />

B). B) <circle cx='50' cy='50' r='30' transform='rotate(90, 50, 50)' />

C). C) <ellipse cx='50' cy='50' rx='50' ry='30' transform='rotate(90, 75, 50)' />

D). D) <polygon points='100,20 20,100 180,100' transform='rotate(90, 100, 60)' />

What is the purpose of the transform-origin property in CSS for SVG elements?

A). A) It sets the initial position of an SVG element

B). B) It defines the transformation origin point

C). C) It specifies the color of an SVG element

D). D) It determines the fill pattern for an SVG element

What is translation in SVG transformations?

A). A) Moving an SVG element along the X and Y axes

B). B) Rotating an SVG element around a specified point

C). C) Resizing an SVG element uniformly along the X and Y axes

D). D) Tilting an SVG element along the X or Y axis

How can you combine multiple transformations on an SVG element using CSS?

A). A) By stacking transformation functions in the transform property

B). B) By using separate CSS properties for each transformation

C). C) By defining multiple transform attributes for the element

D). D) By applying a transition effect to each transformation

How can you combine rotation and scaling transformations on an SVG element?

A). A) <circle cx='50' cy='50' r='30' transform='rotate(45) scale(1.5)' />

B). B) <rect x='20' y='20' width='100' height='50' transform='rotate(45) scale(1.5)' />

C). C) <polygon points='100,20 20,100 180,100' transform='rotate(45) scale(1.5)' />

D). D) <ellipse cx='50' cy='50' rx='50' ry='30' transform='rotate(45) scale(1.5)' />

How do you translate an SVG element 50 units to the right and 20 units down?

A). A) <rect x='20' y='20' width='100' height='50' transform='translate(50, 20)' />

B). B) <circle cx='50' cy='50' r='30' transform='translate(50, 20)' />

C). C) <ellipse cx='50' cy='50' rx='50' ry='30' transform='translate(50, 20)' />

D). D) <line x1='20' y1='20' x2='100' y2='100' transform='translate(50, 20)' />